facebook
Become a Tutor

Discover the Best Private Computers & electronics Classes in Québec

For over a decade, our private Computers & electronics tutors have been helping learners improve and fulfil their ambitions. With one-on-one lessons at home or in Québec, you’ll benefit from high-quality, personalised teaching that’s tailored to your goals, availability, and learning style.

search-teacher-icon

Find Your Perfect Teacher

Explore our selection of Computers & electronics tutors & teachers in Québec and use the filters to find the class that best fits your needs.

chat-icon

Contact Teachers for Free

Share your goals and preferences with teachers and choose the Computers & electronics class that suits you best.

calendar-icon

Book Your First Lesson

Arrange the time and place for your first class together. Once your teacher confirms the appointment, you can be confident you are ready to start!

Private lessonsComputers & ElectronicsComputers & Electronics in Québec

0 computers & electronics teachers in Québec

0 teachers in my wish list
|
+–

0 computers & electronics teachers in Québec

Benjamin - Geneva, SwitzerlandC$256
C$256Mathematics, Computer Science and Artificial Intelligence for High School and College Students | PhD in AI | MIT and Centrale Paris Graduate | 7
Trusted teacher: Your success in mathematics, computer science, or artificial intelligence Need a helping hand in one of these subjects? You've come to the right place! I offer private lessons tailored to your level and goals, whether you're in middle school, high school, or preparing for college. My specialties: - Fundamentals of mathematics: Algebra, analysis, probability, statistics, geometry, and arithmetic. - Artificial intelligence: Data science, machine learning, deep learning, optimization, Large Language Models - Computer science: algorithms, databases, architecture, networks, with python (numpy, pandas, pytorch, django), javascript, C, HTML/CSS, or React - Physics: mechanics, electronics, thermodynamics, quantum I understand your difficulties: Over my years of experience, I have identified the main difficulties encountered by students in mathematics: - Lack of solid foundation: I work to fill in the gaps to give you a clear understanding of fundamental concepts as well as simple examples to develop your intuition. - Difficulty applying theories: I offer practical exercises to help you master problem-solving methods. - Fear of math: I create a caring environment where you can ask all your questions without judgment. That's how you learn. My method: -Personalized assessment: We begin with an assessment of your knowledge and your objectives to define a tailor-made program. -Interactive teaching: I offer dynamic and varied courses, with live corrected exercises, concrete projects and role-playing exercises. - Personalized monitoring: You benefit from regular support and exclusive course materials to help you progress at your own pace. Why choose me? - Dual expertise: My experience in research and in industry allows me to offer you a global vision of mathematics and their applications. - Innovative pedagogy: I offer you an approach based on solving real problems to make mathematics more concrete and more interesting. - Professional network: I can put you in touch with professionals in the sector to open up new perspectives for you. The advantages of my courses: - Flexibility: Courses take place online or in person, at your own pace and convenience. - Personalization: I adapt to your profile and your objectives to guarantee optimal progress. - Results: Many students were able to improve their grades, overcome their obstacles and develop a real passion for mathematics. Interested in learning more? Please contact me to discuss your needs and begin your math journey.
Math · Computer science · Physics
Translate this text using Google Translate.
Max - Hemel Hempstead, United KingdomC$46
C$46Programming Language Development (Suitable for GCSE and A-Level)
Trusted teacher: Any programming language - compiled or interpreted, statically typed or dynamic, boils down to the same common principles. These principles can then be applied to make any programming language - with any rules you desire. You can use '&' to represent addition and '>>!' to represent conditional loops. You can use 'beep' to represent branches and end each line with @. This class aims to teach you how to create these principles to design a language, and then the different approaches on how to do it. An end project will be to actually make your own programming language! The topics covered are listed below: Pretence: Programming Language Types (grammar), Programming Language Types (formation), Programming Language Types (typing) Stages (Lexing), Stages (Parsing), Stages (Interpreting) Intermediate Forms (AST), Intermediate Forms (Bytecode), Transpiling Optimisation (types), Optimisation (application to AST), Optimisation (application to Bytecode) Building Ray (Classes): Grammar Type, Formation Type, Typing Type Data Types, Expressions (types), Expressions (precedence) Statements (declarations), Statements (statements), Standard Library Tokens, Tokenisation (characters), Tokenisation (literals) Parsing (AST), Parsing (Visitors), Interpreting (Visitor) Static Scope, Semantic Analysis, Resolvers (Visitor) Building Ray (Nodes) Parsing (Literals), Interpreting (Literals), Resolving (Literals) Parsing (Groups), Interpreting (Groups), Resolving (Groups) Parsing (Operators), Interpreting (Operators), Resolving (Operators) Parsing (Variable declarations), Interpreting (Variable declarations), Resolving (Variable declarations) Parsing (Variable getters), Interpreting (Variable getters), Resolving (Variable getters) Parsing (Variable setters), Interpreting (Variable setters), Resolving (Variable setters) Parsing (Branches), Interpreting (Branches), Resolving (Branches) Parsing (Logic Gates), Interpreting (Logic Gates), Resolving (Logic Gates) Parsing (Loops conditional), Interpreting (Loops conditional), Resolving (Loops conditional) Parsing (Loops count), Interpreting (Loops count), Resolving (Loops count) Parsing (Function declarations), Interpreting (Function declarations), Resolving (Function declarations) Parsing (Function calls), Interpreting (Function calls), Resolving (Function calls) Parsing (Scope Termination), Interpreting (Scope Termination), Resolving (Scope Termination) Parsing (Class declarations), Interpreting (Class declarations), Resolving (Class declarations) Parsing (Instances), Interpreting (Instances), Resolving (Instances) Parsing (Methods), Interpreting (Methods), Resolving (Methods) Parsing (Instance Lookup), Interpreting (Instance Lookup), Resolving (Instance Lookup) Parsing (Constructors), Interpreting (Constructors), Resolving (Constructors) Parsing (Inheritance), Interpreting (Inheritance), Resolving (Inheritance) Optimisations (Visitor), Optimisations (Literal-Only Expressions), Optimisations (Variable Expressions) Project: Build your own language! (Supervised)
Computer science · Computer programming
« Previous«
Showing results 326 - 350 of 3832326 - 350 of 3832
Next »»

You are here

Private lessons
Computers & Electronics
Computers & Electronics in Québec
map iconMap